private Vector3 CalculateGyroCursorPosition(Quaternion rotation)
{
Quaternion rotationDiff = lastRotationInv * rotation;
lastRotationInv = Quaternion.Inverse(rotation);
Vector3 rotPosNeg = RotationProvider.RotAsPosNeg(rotationDiff);
Rect pointerLocation = GyroPointer.pixelInset;
pointerLocation.x += MultiplierX * CDFunction(rotPosNeg.y);
pointerLocation.y += MultiplierY * CDFunction(rotPosNeg.x * -1);
//limits
Vector2 minValues = new Vector2(-1 * (Screen.width / 4 + GyroPointer.pixelInset.width / 2),
-1 * (Screen.height / 2 + GyroPointer.pixelInset.height / 2));
Vector2 maxValues = new Vector2(Screen.width / 4 - GyroPointer.pixelInset.width / 2,
Screen.height / 2 - GyroPointer.pixelInset.height / 2);
Rect boundedPointerLocation = pointerLocation;
boundedPointerLocation.x = Mathf.Max(minValues.x, Mathf.Min(maxValues.x, pointerLocation.x));
boundedPointerLocation.y = Mathf.Max(minValues.y, Mathf.Min(maxValues.y, pointerLocation.y));
return(boundedPointerLocation.position);
}
void ComputeGyroPointer(Quaternion rotation)
{
Quaternion rotationDiff = lastRotationInv * rotation;
lastRotationInv = Quaternion.Inverse(rotation);
Vector3 rotPosNeg = RotationProvider.RotAsPosNeg(rotationDiff);
Rect pointerLocation = HeadPointer.pixelInset;
pointerLocation.x += MultiplierX * CDFunction(rotPosNeg.y);
pointerLocation.y += MultiplierY * CDFunction(rotPosNeg.x * -1);
ApplyMinMaxBoundaries(ref pointerLocation);
HeadPointer.pixelInset = pointerLocation;
}
static bool CheckCircularPrime(int num)
{
int[] digits = NumberUtils.SplitNumber(num, 1);
List <int[]> numDigits = RotationProvider.BuildRotations <int>(digits);
foreach (int[] newDigits in numDigits)
{
int num2 = 0;
for (int i = 0; i < newDigits.Length; i++)
{
num2 += newDigits[i] * (int)Math.Pow(10, i);
}
if (!primeMark[num2])
{
return(false);
}
}
return(true);
}
